Regenerative medicine is considered a key technology of the present and future medicine, with potential new therapies for cardiovascular, skin, neurological, and many other diseases. The majority of the cardiovascular regeneration research focused on ischemic heart diseases. Still, it should also encompass other cardiovascular disorders, such as oncologic treatment-induced cardiotoxicity, or congenital and metabolic heart diseases or brain-heart axis repair.

Our MSc in Respiratory Medicine will provide you with an overview of common conditions in respiratory medicine and their diagnosis and management, along with the balance of public health, community and secondary care input to the overall service delivery in the speciality.

The program focuses on the full range of cardiovascular research. Clinical fields include cardiology, pediatric cardiology, cardiac surgery, angiology, vascular surgery, vascular neurology - as well as related theoretical and preclinical disciplines resp. their parts dealing with cardiovascular research - anatomy, biology, embryology, histology, physiology and pathophysiology, medical chemistry and biochemistry, pathology, pharmacology, microbiology, medical immunology, preventive medicine, and epidemiology). The study program is carried out without specialization.

This program in MSc Translational Cardiovascular Medicine aims to develop your interest in translational cardiovascular research and medicine and equip you with an enhanced knowledge, understanding and critical awareness of the current approaches and emerging research in this area.

Graduates are health care professionals who operate and maintain equipment related to extracorporeal circulation and hemodynamic techniques and must acquire a sound background in the basic sciences and be proficient in English, both in the area of competence and for the exchange of general information.

This program is commonly referred to as "Echo". Echocardiography technologists use sophisticated computers and cutting-edge technology to create and read sound waves in order to capture videos and images of the heart. These ultrasounds allow us to see into the body without pain or radiation so cardiologists can evaluate the function of the heart and plan possible treatment.

The program focuses on the full range of cardiovascular research. Clinical fields include cardiology, pediatric cardiology, cardiac surgery, angiology, vascular surgery, vascular neurology - as well as related theoretical and preclinical disciplines resp. their parts dealing with cardiovascular research - anatomy, biology, embryology, histology, physiology and pathophysiology, medical chemistry and biochemistry, pathology, pharmacology, microbiology, medical immunology, preventive medicine, and epidemiology). The program is carried out without any specialization.

Students of the study program internal diseases must learn during the study the basic scientific principles: literature research preparation, the optimal choice of groups of patients or the experimental groups, get to know some diagnostic methods (laboratory, immunoanalytical, imaging). Work topics will include etiopathogenesis of the cardiovascular diseases, cancer diseases, endocrinology diseases, diagnostics and therapy of acute conditions in internal medicine, and the issues related to the vitally essential organs and function replacement. Study program without specialization.

The aim of this programme is to give you a broad-based training in biomedical research, with a focus on cardiovascular science.

This electrocardiography course is designed by experienced, board-certified physicians and veteran Advanced Cardiovascular Life Support (ACLS) instructors and explains how to interpret the core rhythms of electrocardiograms (ECG). We discuss pathophysiology, common etiologies, clinical manifestations, and ECGs' defining criteria and features. We also examine the ECG presentation of the 15 core rhythms, including fibrillation, AV blocks, and more.

This internationally recognised course is designed to train healthcare professionals to be the clinical leaders of the future by providing a mix of clinical and professional knowledge relevant to the practice of cardiology in contemporary healthcare. 

The two-year Cardiovascular Technology Ontario College Diploma program provides you with the essential knowledge and technical skills required to perform electrocardiograms, exercise tolerance tests, and ambulatory monitoring in the role of a cardiovascular technologist. Professionals in this field work closely with patients to diagnose cardiac conditions.

The Master’s program in Experimental Medicine gives you a broad insight into general aspects that affect public health in today’s society. The main focus of the program is on inflammatory mechanisms and their implication for public health, as many of the common diseases worldwide share an inflammation process as a common denominator. You will gain knowledge and skills in modern experimental medical and laboratory science, as well as in-depth knowledge of cell biology, immunology, human genetics and bioinformatics, and translational medicine.

Cardiovascular diseases remain a major cause of death and ill health worldwide. This new MSc, taught by scientists and clinicians who are leaders in their field